Building Steel Fixer Course

Lesson 1 • Role of the Steel Fixer

Defines the steel fixer's duties within reinforced concrete construction. Connects trade identity to broader structural building processes.

Lesson 2 • Personal Protective Equipment

Identifies mandatory PPE for steel fixing environments and correct usage procedures. Reinforces safety culture as integral to daily trade practice.

Lesson 3 • Regulatory and Standards Framework

Covers occupational safety regulations, building codes, and quality standards governing steel fixing work. Establishes compliance as a non-negotiable professional baseline.

Lesson 1 • Types of Reinforcing Steel

Surveys deformed bar, plain round bar, mesh, and specialty reinforcement products. Connects material choice to structural performance requirements.

Lesson 2 • Quantity Estimation Basics

Introduces bar count, linear meter calculation, and weight estimation from schedules. Supports accurate material ordering and waste reduction.

Lesson 3 • Material Handling and Storage

Covers safe unloading, stacking, and storage of reinforcing steel on site. Prevents material degradation and workplace injury during handling operations.

Lesson 4 • Bar Identification and Marking

Teaches how to read rolled-in markings, tags, and bundle labels to verify steel grade and origin. Ensures correct material is placed in the right structural element.

Lesson 1 • Plan, Elevation, and Section Views

Teaches how to read and correlate plan, elevation, and cross-section views of reinforced elements. Builds spatial reasoning needed to translate 2D drawings into 3D placement.

Lesson 2 • Drawing Conventions and Symbols

Explains standard drafting conventions, line types, and reinforcement symbols used in structural drawings. Establishes a shared visual language between designers and fixers.

Lesson 3 • Measurement and Setting Out from Drawings

Applies drawing data to on-site measurement and marking tasks. Bridges document interpretation with physical layout accuracy.

Lesson 4 • Bar Schedules and Bending Codes

Covers bar schedule format, shape codes, and how to match scheduled bars to drawing callouts. Enables accurate ordering, bending, and placement of every bar.

Lesson 1 • Bar Cutting Methods

Teaches shear cutting, disc cutting, and hydraulic cutting techniques for various bar diameters. Ensures clean, square cuts that meet dimensional tolerances.

Lesson 2 • Mechanical Bending Equipment

Introduces bench-mounted and CNC bending machines for production-volume bar fabrication. Emphasizes safe setup, operation, and maintenance of powered bending equipment.

Lesson 3 • Quality Control in Fabrication

Establishes checking procedures for bent and cut bars against schedule dimensions and tolerances. Prevents placement errors caused by out-of-tolerance fabricated bars.

Lesson 4 • Bending Theory and Geometry

Explains bend allowances, minimum bend diameters, and how bar geometry affects cut length. Provides the mathematical foundation for accurate bar fabrication.

Lesson 1 • Spacers and Cover Blocks

Covers plastic, concrete, and steel spacer types used to maintain specified concrete cover. Ensures correct spacer placement frequency and orientation for all element types.

Lesson 2 • Inspection of Tied Assemblies

Establishes visual and dimensional checks for tied reinforcement before concrete placement. Connects tying quality to structural integrity and inspection approval.

Lesson 3 • Hand Tying Methods

Teaches snap tie, saddle tie, figure-eight tie, and cross tie techniques by hand. Develops speed and consistency in manual tying as a core trade skill.

Lesson 4 • Mechanical Tying Tools

Introduces battery-powered tying guns and semi-automatic tying tools for high-volume work. Covers setup, reel loading, and maintenance to maximize productivity.

Lesson 1 • Suspended Slab Reinforcement

Extends slab skills to suspended flat slabs and ribbed slab systems with top and bottom steel layers. Introduces two-layer fixing and drop panel reinforcement.

Lesson 2 • Slab-on-Ground Reinforcement

Teaches mesh and bar placement for ground-bearing slabs including edge thickenings and re-entrant corners. Addresses common placement challenges in slab work.

Lesson 3 • Footing and Slab Inspection Readiness

Prepares students to present completed footing and slab reinforcement for engineer inspection. Covers documentation, defect correction, and hold-point sign-off.

Lesson 4 • Setting Out Footing Reinforcement

Covers transferring drawing dimensions to excavated footing locations and marking bar positions. Ensures accurate placement before assembly begins.

Lesson 1 • Column Cage Installation

Teaches positioning, plumbing, and securing column cages within formwork or starter bars. Ensures correct cover, alignment, and stability before concrete placement.

Lesson 2 • Column Cage Fabrication

Covers longitudinal bar selection, link bending, and cage assembly for rectangular and circular columns. Develops systematic cage-building technique for consistent quality.

Lesson 3 • Beam Cage Assembly and Placement

Covers bottom steel, stirrup bending, top bar placement, and cage assembly for rectangular beams. Addresses beam-column junction reinforcement and continuity bars.

Lesson 4 • Vertical Element Inspection and Tolerances

Establishes dimensional and positional tolerances for columns, walls, and beams before concrete placement. Prepares students to identify and correct non-conformances efficiently.

Lesson 1 • Repair and Remedial Reinforcement

Covers drilling, epoxy doweling, and mechanical anchoring for adding reinforcement to existing concrete. Addresses assessment of existing steel condition before remedial work.

Lesson 2 • Reinforcement in Curved and Complex Geometry

Addresses bar bending and placement for curved walls, domes, ramps, and non-orthogonal structures. Develops problem-solving skills for geometry not covered by standard shape codes.

Lesson 3 • Seismic and Ductile Detailing

Introduces confinement reinforcement, closely spaced hoops, and ductile connection detailing for seismic design. Develops awareness of how detailing affects structural performance under dynamic loads.

Lesson 4 • Post-Tensioning System Interaction

Explains how passive reinforcement coexists with post-tensioning tendons in slabs and beams. Covers duct avoidance, support bar placement, and coordination with PT installers.